Whether you have a legacy BITalino device or just want to play around with your BITalino (r)evolution using "human-sized" wires and connectors then this is the cable for you, as it provides user-friendly crimping ability both to RJ plugs and Molex Sherlock crimps.

This part is the miniaturised plug used on the 2- & 3-lead to UC-E6 cables to connect the electrodes to the EMG, ECG, EDA & EEG sensors and also on the UC-E6 to UC-E6 sensor connection cable to connect the sensors and actuators to the BITalino (r)evolution Plugged & Core boards.

This part is the miniaturised connector used to connect the 2- & 3-lead accessories to the EMG, ECG, EDA & EEG sensors and also to connect the sensors and actuators to the BITalino (r)evolution Plugged & Core boards via the UC-E6 to UC-E6 sensor connection cable.

This convenient adapter enables you to easily connect any standard AVR ISP with a 6-pin 2x3 connector to the BITalino (r)evolution MCU block for programming with a custom firmware. Header pins ensure a suitable connection with the MCU block, without requiring any soldering.

1.20mm terminals used to lock wires in place on the 4-pin Molex Sherlock female socket (used in the sensor connection cables), and on the 3-pin Molex Sherlock female socket (used in the 2-lead and 3-lead electrode connection cable); this part can also be used to easily connect individual wires to individual pins on the 3- and 4-pin Molex Sherlock male plugs.

This part is the 4-pin connector used to connect sensors and accessories to the BITalino (r)evolution Plugged, Core, and Resurrection boards via the Molex Sherlock to Molex Sherlock connection cable. The main advantage is the fact that these connectors are easy to solder and handle using standard equipment.

This part is the 3-pin connector used on the sensor boards to connect the 2- and 3-lead electrode connection cables; it is also used to interface the SnapBITs with the sensor and on accelerometer sensor board to connect the X & Y accelerometer axis breakout cable. The main advantage is the fact that these connectors are easy to solder and handle using...

For the convenience of our users, the BITalino (r)evolution BLE MCU has been fitted with a 2x3 ISP block with the pitch and pinout of the connector found on the most common AVR ISP programmers. This header can be soldered directly on to the board in order to facilitate the task of reprogramming the MCU for those who which to do so.